The field of active matter, and particularly active emulsions, is growing rapidly, with
significant progress made recently on both theoretical and experimental fronts. Here, we …

Conventional microcapillary lubrication theories explain lubricant penetration into capillaries
at the tool–chip interface under the action of atmospheric pressure and capillary force …

This study aims to investigate electrical effects in self-propelled oil droplets and analyze the
motion caused by electrical interactions between two droplets. We examine the motion of …

切削区毛细管润滑理论在解释切削液刀-屑界面渗透发挥润滑作用时主要考虑大气压力和毛细力,
未关注切削区荷电粒子发射所引起的切削液电动效应. 切削区电学效应所产生的电场足以诱发 …

This study aims to analyze the convection flow of a self-propelled 1-pentanol droplet. The
droplets move spontaneously when 1-pentanol droplets are dropped into an aqueous 1 …

In recent years, untethered soft robots, free of the lines that restrict their mobility, have been
studied extensively. Our research team has been focusing on the electrohydrodynamic …

The micro-capillary lubrication theory explained lubricant penetration into the tool-chip
interface under the action of atmospheric pressure and capillary force without considering …

We here introduce three types of self-actuating and nonelectronic machines using chemical
reactions and physicochemical transformations. Our strategy is to develop completely …

This study aims to control the self-propulsion of 1-pentanol droplets. When 1-pentanol
droplets are dropped in an aqueous 1-pentanol solution, droplets move spontaneously. This …